Experience the enhanced precision of 3D analysis, offering a comprehensive understanding of site geology and ensuring heightened safety and reliability for infrastructure projects. PLAXIS LE empowers you to conduct Limit Equilibrium Method (LEM) analyses, with a choice from over 15 classic methods of slices and innovative stress-based approaches.

Expand your capabilities with PLAXIS LE by addressing popular use cases such as unsaturated groundwater flow, large-strain consolidation, and multiyear climatic effects, either as standalone models or integrated with slope stability analysis.

Enrich your models with strength and hydraulic material parameters obtained from your testing program or by leveraging the extensive database of SoilVision Soils, which includes over 40,000 entries. With PLAXIS LE, elevate your analyses with accuracy and versatility, ensuring the resilience of your infrastructure projects.

Explore a vast array of soil and rock representation options with PLAXIS, offering over 20 distinct strength models to suit your specific needs. From the classic Mohr-Coulomb model to advanced options like Hoek-Brown and Anisotropic Linear Model (ALM), choose the model that best captures the behavior of your site materials.

Navigate complex geological scenarios effortlessly with PLAXIS’s support for various geometry paradigms, including block models, enclosed material volumes (EMV), and bedding guides. These features enable precise modeling of challenging stratigraphy and material zones, ensuring accuracy in your analyses.

Address seismic considerations with confidence using PLAXIS’s versatile methods for modeling seismically active zones. Plus, benefit from extensive support for reinforced slopes, incorporating elements like grouted anchors, micro-piles, and geotextiles to enhance stability and resilience in your designs.

PLAXIS LE accelerates project progress with its cutting-edge Multiplane Slope Stability Analysis (MPA), swiftly determining comprehensive 3D slip surfaces across extensive models like open-pit mines, riverbanks, and transportation corridors. With automated orientation analysis, slip directions are calculated effortlessly at every location.

Delve into intricate geological considerations with PLAXIS LE’s support for faults, weak planes, and pore-water pressures, backed by the industry’s most advanced search methods like Greco, Cuckoo, Wedges, and Fully-Specified. Enhance design confidence through probabilistic analyses such as Monte Carlo, Latin Hypercube, and the Alternative Point Estimation Method (APEM), facilitating the development of robust digital twins.

Refine models with precision using PLAXIS LE’s sensitivity analysis and spatial variability features, ensuring optimal performance and resilience in your projects. Experience efficiency and reliability at every stage of your design process with PLAXIS LE.